Many times people only have access to the abstract of peer-review articles, and nothing more. There are different abstract styles (sometimes they’re going too far or on the contrary) in the literature and I’d be curious to hear about your opinion on the following review abstract and title. I became interested and suspicious reading these lines especially the one highlighted in bold.
Mohamad Warda, Jin Han, Proteomics. 2008 Jan 23, DOI: 10.1002/pmic.200700695
Mitochondria are the gatekeepers of the life and death of most cells that regulate signaling, metabolism, and energy production needed for cellular function. Therefore, unraveling of the genuine mitochondrial proteome, as the dynamic determinant of structural-functional integrity to the cellular framework, affords a better understanding of many still-hidden secrets of life behind the already known static genome. Given the critical mitochondrial role under different stress conditions, the aim of the current review is to merge the available scientific data related to mitochondrial proteomes and frame them into a reliable new agreement extending beyond the limited already accepted endosymbiotic hypothesis into broader fundamental mechanisms orchestrating cellular outcome on behalf of cell survival. The focus of this work is to cover first the mitochondrial proteome/genome interplay that is currently believed to be implicated in a range of human diseases. The mechanochemical coupling between mitochondria and different cytoskeleton proteins and the impact of the mitoskeleton on mitochondrial structure and function are then addressed. Further crosstalk between mitochondria and other cellular organelles, e.g., the ER and the nucleus is then discussed. Additionally, the role of mitochondria in apoptosis and the mitochondrial contribution in intercellular communication mediated by gap junctions are also described. These data are presented with other novel proteomics evidence to disprove the endosymbiotic hypothesis of mitochondrial evolution that is replaced in this work by a more realistic alternative. Furthermore, the role of mitochondria in development of oxidative stress-based diseases, e.g., neurodegenerative and cardiovascular diseases is pointed out together with the prospective proteomics view as an alternative prognostic and diagnostic tool for interpreting many mitochondria-related anomalies. The insights generated by recent proteomic research that provide a rational impact on possible mitochondrial-targeted therapeutic interventions are also discussed.